(6) Evaluate the Riemann sum for (*) = x + 22-1, 1C1<4 with six subintervals, taking the sample points to be right endpoints
Q3 finite elements 3. Evaluate A by requiring the residual to vanish at x-H/2. Trial solution: h(x)-A sin(π x/H) EI MCx) Figure 3 3. Evaluate A by requiring the residual to vanish at x-H/2. Trial solution: h(x)-A sin(π x/H) EI MCx) Figure 3
1. (7pts) Evaluate the Riemann sum for f(x) = x2 - 9, taking the sample points to be right end points and a = 0, b = 3, and n = 3
Given the functons: f(x)=x² – 3x 8(x) = 13x h(x)=5x+3 Evaluate the function (h )(x) for x= 2. Write your answer in exact simplified form. Select "Undefined" If applicable. (h of)(2) is
Evaluate the integral taking 12 is the triangle formed by the x-axis, 2 y = 1 and 2 = 2. S/ 1" dedy a) O-2 +2e4 1 b) O + 1 4 4. c) O-4+4e4 d) 01-1e4 e) O-1+1e+
For the function f(x)= 6x+3, evaluate and simplify. f(x+h)-f(x)=?
Evaluate the function h(x)=x+ + x2 +1 at the given values of the independent variable and simplify. a. h(2) b. h(-1) c. h( - ) d. h(3a) a. h(2)=L(Simplify your answer.)
Given h(x) = 2x + 9 and f(x) = 1/6x +5 Evaluate the composite function h[f(6)]
Given the functions: h(x) x+4 s(x) 7x Evaluate the function (g+h)-6) for -6. Write your answer as an integer or simplified fraction. Select "Undefined" if applicable. (g+h)(-6) is □
A unity feedback control system has the following open loop transfer function, K L(s) .If K 10, evaluate the stability condition of the system using the s(s-1) Nyquist stability criterion. A unity feedback control system has the following open loop transfer function, K L(s) .If K 10, evaluate the stability condition of the system using the s(s-1) Nyquist stability criterion.